Non-Invasive Ocular Analyte Sensing System

A system for determining concentration of an ocular analyte in a subject, comprising:

• an energy source that emits at least one beam of non-collimated light, the beam being directed at one or more fiducial markers in the eye, such that at least a portion of the beam is refracted by the one or more fiducial markers;
• and,
• at least one data capturing module that receives at least one data point formed by the refracted beam, the data point comprising a perception of the one or more fiducial markers, and
• based on the perception of the one or more fiducial markers, the data capturing module correlates a level of ocular analyte in the eye with the one or more data points.

A method for determining concentration of an ocular analyte in a subject, comprising:

• delivering an incident light to at least a portion of the subject's eye, and
• measuring refraction of the incident light with respect to a change in an index of refraction of two given media related to Equation I, (sin θ1)/(sinθ2)=η2/η1, wherein
• η1 is the refractive index of the primary (incident) medium,
• ηis the refractive index of the secondary (transmitted) medium,
• θ1 is the angle that the incident light rays take with respect to the normal, and
• θ2 is angles that the light rays take with respect to the normal.